Katalog - Lichenological literature

3559

Obermayer W. (2003): Dupla Graecensia Lichenum (2003), Fritschiana, 43: 13-45

Dupla Graecensia Lichenum (2003) comprises 130 collections of lichen-duplicates (including the Iichenicolous fungi Clypeococcum hypocenomycis and Stigmidium schaeren) from Argentinia (Carrientes; Misiones), Australia (Queensland), Austria (Carinthia; Lower Austria; Salzburg; Styria; Upper Austria), Brasil (Parana; Rio Grande do Sui), China (Tibet, prov. Xizang; prov. Sichuan), France (Corsica), Germany (Bavaria; Brandenburg), Greece (Aegean Islands), Italy (Trentino-Alto Adige), Russia (Eastern Siberia; … Read more...

3558

Lõhmus P. (2003): Composition and substrata of forest lichens in Estonia: a meta-analysis, Folia Cryptog. Estonica, 40: 19–38

Species richness, composition and substratum use of “forest lichens” in Estonia were studied by re-analysing published and unpublished reports (incl. 13 quantitative studies). A total of 481 species of lichenised, lichenicolous and systematically allied fungi were confirmed; their probable number reached 599 species (195 macrolichens, and 404 microlichens and lichenicolous fungi). The eight most frequent species were present in all but 1–2 studies, whereas 47% of species occurred in only 1–2 … Read more...

3557

Culberson W.L. (1960): Review: Style Manual for Biological Journals by Conference of Biological, Bryologist, 63(1): 380-382

3556

Culberson W.L. (1960): Review: Tenth International Botanical Congress. Abstracts of Papers, Bryologist, 63(1): 377-378

3555

St. Clair S.B., St. Clair L.L., Mangelson N.F. & Weber D.J. (2002): Influence of growth form on the accumulation of airborne copper by lichens, Atmospheric Environment, 36: 5637-5644

Lichens are known to accumulate airborne elements. This characteristic makes them useful as biomonitors of air quality. However, direct correlations of element concentrations in the air with element concentrations in lichen thalli are generally unavailable. The purpose of this study was to quantitatively examine the relationship between concentrations of copper in ambient air samples and thalli of foliose and fruticose lichens. Lichen samples from four sites along an air copper gradient were … Read more...

3554

Brodo I.M. (1964): Reviewed work(s): Lichens. Hanbuch der Pflanzenanatomie. Band VI by Paul Ozenda, Bryologist, 67(1): 106-108

3553

Kurokawa S. (1993): Nepalese genera and species of the Parmeliaceae with notes on three additional and one rare species, Annals of the Tsukuba Botanical Garden, 12: 75-81

Cetrariastrum rhizodendroideum, Myelochroa galbina, Parmotrema indicum Read more...

3552

Ingólfsson A., Johannsson B. & Kristinsson H. (1989): Zonation of plants in a fresh-water tidal environment, Topics in Marine Biology, 53(2-3): 343-347

3551

Culberson W.L. (1961): Review: "Usneaceae." Dr. L. Rabenhorsts Kryptogamen-Flora von Deutschland, Österreich und der Schweiz by Karl von Keissler, Bryologist, 64(4): 267-268

3550

Kurokawa S. (1991): Japanese species and genera of the Parmeliaceae, Journal of Japanese Botany, 66(3): 152-159

Provides an enumeration of the Japanese species of the Parmeliaceae (excluding Parmelia s. str.), indicating their placement in the new segregate parmelioid genera and the pertinent references. New: Nephromopsis kurokawae (Shibuichi & Yoshida) comb. nov., N. laureri (Krempelh.) comb. nov., Parmotrema pacificum (Kurok.) comb. nov., P. subpallescens (Kurok.) comb. nov., Rimelia clavulifera (Räs.) comb. nov., Tuckermannopsis hepatizon (Ach.) comb. nov., T. platyphylloides (Asah.) comb. nov., Xanthoparmelia … Read more...